Abstract: A driver is configured to provide an output voltage and an output current to a load according to an input voltage. The driver includes a power converter, first and second detecting devices and a controller. The power converter is configured to receive and convert the input voltage to the output voltage and the output current. The first detecting device is configured to detect the input voltage to generate a first signal. The second detecting device is configured to detect the output voltage to generate a second signal, and detect the output current to generate a third signal. The controller is configured to perform a calculation to the second signal and the third signal according to one of lookup tables corresponding to the first signal to generate a power value. An operation method of a driver and a light source system are also disclosed herein.

Abstract: A clamping module is adapted to clamp a memory module and insert or remove the memory module into/from a slot. The clamping module includes a main body, two jaw clamps and a blocking pressing plate. The two jaw clamps are movably disposed on the main body and adapted to move in relative to each other to clamp or release the memory module. The blocking pressing plate is movably disposed on the main body, wherein after the two jaw clamps clamp the memory module to a position in contact with the slot, the two jaw clamps moves away from each other so that the memory module is released and the blocking pressing plate moves from a first position to a second position in order to press the memory module so that the memory module is inserted into the slot.

Abstract: A driver is configured to provide an output voltage and an output current to a load according to an input voltage. The driver includes a power converter, first and second detecting devices and a controller. The power converter is configured to receive and convert the input voltage to the output voltage and the output current. The first detecting device is configured to detect the input voltage to generate a first signal. The second detecting device is configured to detect the output voltage to generate a second signal, and detect the output current to generate a third signal. The controller is configured to perform a calculation to the second signal and the third signal according to one of lookup tables corresponding to the first signal to generate a power value. An operation method of a driver and a light source system are also disclosed herein.

Abstract: A clamping module is adapted to clamp a memory module and insert or remove the memory module into/from a slot. The clamping module includes a main body, two jaw clamps and a blocking pressing plate. The two jaw clamps are movably disposed on the main body and adapted to move in relative to each other to clamp or release the memory module. The blocking pressing plate is movably disposed on the main body, wherein after the two jaw clamps clamp the memory module to a position in contact with the slot, the two jaw clamps moves away from each other so that the memory module is released and the blocking pressing plate moves from a first position to a second position in order to press the memory module so that the memory module is inserted into the slot.

Abstract: A chipset with light energy harvester, includes a substrate, a functional element layer, and a light energy harvesting layer, both are stacked vertically on the substrate, and an interconnects connected between the functional element layer and the light energy harvesting layer.

Abstract: A chipset with light energy harvester, includes a substrate, a functional element layer, and a light energy harvesting layer, both are stacked vertically on the substrate, and an interconnects connected between the functional element layer and the light energy harvesting layer.

Abstract: A wireless system package includes a substrate, an external non-volatile memory, a first integrated circuit, and a second integrated circuit. The first integrated circuit includes a System on Chip unit, a bus, a first clock unit, a first terminal, a second terminal, and a third terminal. The second integrated circuit includes a second heterogeneous communication module, a second clock unit, a first terminal, and a second terminal. The first integrated circuit or the second integrated circuit includes a first heterogeneous communication module for providing and processing a first wireless signal. A capacity of the external non-volatile memory is larger than a capacity of the internal non-volatile memory.

Abstract: A manufacturing method of a waterproof and breathable shoe has a step of preparing a mold. Then, the mold is soaked into the rubber material, and the rubber material can cohere to a surface of the mold. Then, the rubber material cohering to the surface of the mold is dried to form into a thin and integrally molded shoe body on the surface of the mold. Then, an inside layer is combined with the shoe body. Then, the inside layer and the shoe body are reversed inside out and stripped off from the mold at the same time. Finally, the sole is combined with a bottom of the shoe body to form the waterproof and breathable shoe. Therefore, the shoe can provide a waterproof and breathable effect.

Abstract: A manufacturing method of a waterproof and breathable sock has a step of preparing a mold. Then, the mold is soaked into the rubber material, and the rubber material can cohere to a surface of the mold. Then, the rubber material cohering to the surface of the mold is dried to form into a waterproof and breathable layer on the surface of the mold. Then, an inside woven fabric is combined on the waterproof and breathable layer. Then, the inside woven fabric and the waterproof and breathable layer are reversed inside out and stripped off from the mold at the same time. Then, the inside woven fabric and the waterproof and breathable layer are mounted on the mold again. Then, an outside woven fabric is combined on the waterproof and breathable layer. Finally, the inside woven fabric, the waterproof and breathable layer, and the outside woven fabric are stripped off from the mold.

Abstract: The TPU rain boot has a sole section and a foot section. The sole section has a contour edge. The foot section is made of TPU and mounted on the contour edge of the sole section by a thermal compressing process and has a front slice, two side slices and a top opening. The front slice is mounted on the contour edge of the sole section and covers a tiptoe part of the sole section. The side slices are mounted on the sole section and surround a heel part of the sole section. Each side slice has a front end overlapped and mounted on the front slice and a rear end overlapped and mounted on the rear end of the other side slice with a thermal compressing process. The top opening is formed and surrounded by the side slices.